We are proud to announce that two members of the Correlated Solutions Support Team recently received Level 1 DIC certification from iDICs, the International Digital Image Correlation Society.

From the inception of DIC at the University of South Carolina more than 25 years ago, the founders of Correlated Solutions have supported the effort to advance the practice of DIC around the world, and part of this effort involved helping to organize the International Digital Image Correlation Society (iDICs). In the years since, an important mission of iDICs was the standardization of DIC practice and the development of the Good Practices Guide for DIC and other training and educational opportunities. Recognizing the need to have trained and vetted DIC practitioners, iDICs has recently implemented the DIC Certification Program where industrial and research institutions can send their personnel to become certified DIC practitioners. Congratulations to Ian Adkins and Nick Lovaas (shown here in the field during trainings with VIC-3D) for all their hard work.

Correlated Solutions and Blink Technology Australia recently assisted Kevin Nievaart and his team at Swinburne University of Technology to successfully deploy the multi-system digital image correlation registration procedure which combines data from two or more VIC-3D DIC systems. This procedure provides a common coordinate system without any overlapping requirements and can dramatically reduce the effort and time needed to interpret and analyze deformation data. Ultimately, streamlining workflows with VIC-3D boosts the performance and research efficiency of the Smart Structures Lab. Special thanks to Kevin and his team for all the hard work!

The VIC-3D HS system from Correlated Solutions is a powerful measurement tool which combines state-of-the-art digital image correlation software with the latest high-speed cameras from around the world. As we prepare for the release later this year of VIC-3D 10, we are eager to put the best high-speed cameras through their paces to see how they perform.

From all of us at Correlated Solutions, thank you for another incredible year. No matter how you celebrate, may your focus be sharp and your calibration score low!

Interesting research was presented recently describing an alternative speckling technique for digital image correlation. In this work, a new methodology featuring thermal marking is deployed to carry out mechanical analysis and obtain deformation and displacement data using VIC-3D. It's early days for this research, but it shows a great deal of promise for biomechanical applications, and we're excited to see where it goes in the future.

We were excited to return this week to the Energetic Materials Research and Testing Center (EMRTC) at New Mexico Tech to participate in a unique training course focused on optical diagnostics for high-speed explosion and impact events. This test demonstrated the fundamentals of 3D digital image correlation using the VIC-3D DIC software in conjunction with high-speed Photron Nova S16 cameras imaging a low velocity impact event to measure 3D displacements. We’re already looking forward to next year!

We are incredibly proud to announce that our co-founder, Dr. Michael Sutton is the 2022 recipient of the prestigious Timoshenko Medal from ASME (American Society of Mechanical Engineers) in recognition of distinguished contributions to the field of mechanical engineering.

This technical presentation was given by Correlated Solutions sales engineer Bluejay Robinson at the 2022 IMAC-XL on Feb 8, 2022 in Orlando, FL and highlights the powerful VIC-3D HS FFT digital image correlation system. This three axis, non-contact, full-field optical measurement system can accurately determine the amplitudes and phase changes of operational deflections shapes (ODS) in the frequency domain.

To prepare for the Beijing Winter Olympics (February 4th-20th), a research team led by Professor Liu Li, Director of the National Winter Sports Apparel Equipment R&D Center and Beijing Institute of Fashion Technology, undertook a special R&D project to develop cutting-edge, high-performance, competition apparel for the Chinese Winter Olympic Team. Professor Liu Li and her team of engineers understood that each component of sportswear must adapt to the movement of the body, and they describe the relationship between the structure of clothing and the needs of the human body like the relationship between serving and being served. Therefore, an understanding of the structural design of the moving parts of the body is particularly important in the design and production of competition clothing.